[1]Comparative Identification Of Micrornas In A.pis Cerana Cerana Workers' M idguts In Response To Nosema Ceranae Invasion. Chen, DF, Du, Y, Chen, HZ, Fan, YC, Fan, XX, Zhu, ZW, Wang, J, Xiong, CL, Zheng, YZ, Hou, CS, Diao, QY, Guo, R. 2019

[2]First Identification Of Long Non-Coding R.nas In Fungal Parasite N osema Ceranae. Guo, R, Chen, DF, Xiong, CL, Hou, CS, Zheng, YZ, Fu, ZM, Liang, Q, Diao, QY, Zhang, L, Wang, HQ, Hou, ZX, Kumar, D. 2018

[3]Influence Of Feeding Type And N.osema Ceranae Infection On T he Gut Microbiota Of Apis Cerana Workers. Huang, SK, Ye, KT, Huang, WF, Ying, BH, Su, X, Lin, LH, Li, JH, Chen, YP, Li, JL, Bao, XL, Hu, JZ. 2018

[4]Transcriptional And Physiological Responses Of H.ypopharyngeal Glands In Honeybees ( Apis Mellifera L.) Infected By Nosema Ceranae. Li, ZG, He, JF, Yu, TT, Chen, YP, Huang, WF, Huang, JN, Zhao, YZ, Nie, HY, Su, SK. 2019

[5]Rapid And Sensitive Detection Of N.osema Bombycis Using Loop-Mediated I sothermal Amplification And Colorimetric Nanogold. Shen, Zhongyuan,Tang, Shunming,Qi, Jingru,Shang, Ruisha,Dai, Weijiang,Chen, Hongli,Zhang, Zhilin,Tang, Shunming,Zhang, Yiling,Tang, Shunming,Shen, Zhongyuan,Zhang, Yiling,Shen, Zhongyuan,Zhang, Yiling. 2019

[6]Quantitative Proteomic Analysis Of Ovaries From Nosema Bombycis-Infected Silkworm (Bombyx Mori). Shen, Zhongyuan,Shen, Zhongyuan,Zhang, Yiling,Zhang, Yiling,Tang, Xudong,Zhou, Yumin,Liu, Ruting,Tang, Xudong. 2020

[7]Prevalence Of Cryptosporidium, Microsporidia And I.sospora Infection In Hiv-Infected P eople: A Global Systematic Review And Meta-Analysis. Wang, ZD, Liu, Q, Liu, HH, Li, S, Zhang, L, Zhao, YK, Zhu, XQ. 2018

[8]Occurrence Of Enterocytozoon Bieneusi In D.onkeys (Equus Asinus) In C hina: A Public Health Concern. Yue, DM, Ma, JG, Li, FC, Hou, JL, Zheng, WB, Zhao, Q, Zhang, XX, Zhu, XQ. 2017

[9]Outline Of Fungi And Fungus-Like Taxa. Wijayawardene, NN, Hyde, KD, Al-Ani, LKT, Tedersoo, L, Haelewaters, D, Rajeshkumar, KC, Zhao, RL, Aptroot, A, Leontyev, DV, Saxena, RK, Tokarev, YS, Dai, DQ, Letcher, PM, Stephenson, SL, Ertz, D, Lumbsch, HT, Kukwa, M, Issi, IV, Madrid, H, Phillips, AJL, Selbmann, L, Pfliegler, WP, Horvath, E, Bensch, K, Kirk, PM, Kolarikova, K, Raja, HA, Radek, R, Papp, V, Dima, B, Ma, J, Malosso, E, Takamatsu, S, Rambold, G, Gannibal, PB, Triebel, D, Gautam, AK, Avasthi, S, Suetrong, S, Timdal, E, Fryar, SC, Delgado, G, Reblova, M, Doilom, M, Dolatabadi, S, Pawlowska, JZ, Humber, RA, Kodsueb, R, Sanchez-Castro, I, Goto, BT, Silva, DKA, de Souza, FA, Oehl, FR, da Silva, GA, Silva, IR, Blaszkowski, J, Jobim, K, Maia, LC, Barbosa, FR, Fiuza, PO, Divakar, PK, Shenoy, BD, Castaneda-Ruiz, RF, Somrithipol, S, Lateef, AA, Karunarathna, SC, Tibpromma, S, Mortimer, PE, Wanasinghe, DN, Phookamsak, R, Xu, J, Wang, Y, Tian, F, Alvarado, P, Li, DW, Kusan, I, Matocec, N, Masic, A, Tkalcec, Z, Maharachchikumbura, SSN, Papizadeh, M, Heredia, G, Wartchow, F, Bakhshi, M, Boehm, E, Youssef, N, Hustad, VP, Lawrey, JD, Santiago, ALCMA, Bezerra, JDP, Souza-Motta, CM, Firmino, AL, Tian, Q, Houbraken, J, Hongsanan, S, Tanaka, K, Dissanayake, AJ, Monteiro, JS, Grossart, HP, Suija, A, Weerakoon, G, Etayo, J, Tsurykau, A, Vazquez, V, Mungai, P, Damm, U, Li, QR, Zhang, H, Boonmee, S, Lu, YZ, Becerra, AG, Kendrick, B, Brearley, FQ, Motiejunaite, J, Sharma, B, Khare, R, Gaikwad, S, Wijesundara, DSA, Tang, LZ, He, MQ, Flakus, A, Rodriguez-Flakus, P, Zhurbenko, MP, McKenzie, EHC, Stadler, M, Bhat, DJ, Liu, JK, Raza, M, Jeewon, R, Nassonova, ES, Prieto, M, Jayalal, RGU, Erdogdu, M, Yurkov, A, Schnittler, M, Shchepin, ON, Novozhilov, YK, Silva, AGS, Gentekaki, E, Liu, P, Cavender, JC, Kang, Y, Mohammad, S, Zhang, LF, Xu, RF, Li, YM, Dayarathne, MC, Ekanayaka, AH, Wen, TC, Deng, CY, Pereira, OL, Navathe, S, Hawksworth, DL, Fan, XL, Dissanayake, LS, Kuhnert, E, Thines, M. 2020

[10]Complete Genome Of A Unicellular Parasite (Antonospora Locustae) And Transcriptional Interactions With Its Host Locust. Chen, LX, Gao, XK, Li, RT, Zhang, LM, Huang, R, Wang, LQ, Song, Y, Xing, ZZ, Liu, T, Nie, XN, Nie, FY, Hua, S, Zhang, ZH, Wang, F, Ma, RLZ, Zhang, L. 2020

[11]Biochar promotes soil organic carbon sequestration and reduces net global warming potential in apple orchard: A two-year study in the Loess Plateau of China. Han J., Zhang A., Kang Y., Han J., Yang B., Hussain Q., Wang X., Zhang M., Khan M.A.. 2022

[12]Determining the geographical origin of flaxseed based on stable isotopes, fatty acids and antioxidant capacity. Liang K., Zhu H., Zhao S., Liu H., Zhao Y.. 2022

[13]First Report of Soft Rot of Aconitum carmichaelii Caused by Pectobacterium brasiliense in China. Zhang H., Xu Y., Zhao D., Yang Y., Zhao T., Guan W., Wang T.. 2022

[14]An urban hierarchy-based approach integrating ecosystem services into multiscale sustainable land use planning: The case of China. Sun X., Wu J., Tang H., Yang P.. 2022

[15]First Report of Bacterial Leaf Spot of Coriander Caused by Pseudomonas syringae pv. coriandricola in China. Li L., Huang Y.-S., Shi Y.-X., Chai A.-L., Xie X.-W., Li B.-J.. 2022

[16]Rare Bacteria Assembly in Soils Is Mainly Driven by Deterministic Processes. Xu Q., Ling N., Quaiser A., Guo J., Ruan J., Guo S., Shen Q., Vandenkoornhuyse P.. 2022

[17]Isolation and pathogenic characterization of duck adenovirus 3 mutant circulating in China. Shi X., Zhang X., Sun H., Wei C., Liu Y., Luo J., Wang X., Chen Z., Chen H.. 2022

[18]First Report of Watermelon Charcoal Rot (Macrophomina phaseolina) in China. Wu H., Li C., Chakraborti P., Guo Z., Peng B., Gu W., Kang B., Gu Q.. 2022

[19]Ginger Rhizome Rot Caused by the Enterobacter cloacae in Tangshan, China. Zhao N., Yang J., Liu H., Li L., Yan H., Liu D.. 2022

[20]Response to the Letter to the Editor concerning ‘Lumpy skin disease outbreaks in China, since 3 August 2019’ by Lu et al. (Transbound Emerg Dis; 2021: https://doi.org/10.1111/tbed.13898). Lu G., Yin X., Li S.. 2022